p(t) = aßtB-1 %3D 68. TH a>0 to B> 0 (a (a) Show that p(t) is constant if ß = 1. (b) Find p'(t). Argue that p'(t) > 0 if ß > 1, thus producing an increasing hazard rate. Argue that p'(t) < 0 if B < 1, thus producing a decreasing (b) %3D (c hazard rate. 03. A system has eight components connected as shown in Fig. 4.22. Section 69. Pr 10 201TEITATZ C CONTINUOUS DISTRIBUTIONS 151 .85 4. .80 8 .93 .98 .94 .999 .80 .75 п IV III V FIGURE 4.22 (a) Find the reliability of each of the parallel assemblies. (b) Find the system reliability. (c) Suppose that assembly II is replaced by two identical components in par- allel, each with reliability .98. What is the reliability of the new assembly? (d) What is the new system reliability after making the change suggested in part (c)? (e) Make changes analogous to that of part (c) in each of the remaining sin- gle component assemblies. Compute the new system reliability. 66. A system consists of two independent components connected in series. The life span of the first component follows a Weibull distribution with a = .006

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section: Chapter Questions
Problem 18T
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#65 a-e

p(t) = aßtB-1
%3D
68. TH
a>0
to
B> 0
(a
(a) Show that p(t) is constant if ß = 1.
(b) Find p'(t). Argue that p'(t) > 0 if ß > 1, thus producing an increasing
hazard rate. Argue that p'(t) < 0 if B < 1, thus producing a decreasing
(b)
%3D
(c
hazard rate.
03. A system has eight components connected as shown in Fig. 4.22.
Section
69. Pr
Transcribed Image Text:p(t) = aßtB-1 %3D 68. TH a>0 to B> 0 (a (a) Show that p(t) is constant if ß = 1. (b) Find p'(t). Argue that p'(t) > 0 if ß > 1, thus producing an increasing hazard rate. Argue that p'(t) < 0 if B < 1, thus producing a decreasing (b) %3D (c hazard rate. 03. A system has eight components connected as shown in Fig. 4.22. Section 69. Pr
10
201TEITATZ C
CONTINUOUS DISTRIBUTIONS 151
.85
4.
.80
8
.93
.98
.94
.999
.80
.75
п
IV
III
V
FIGURE 4.22
(a) Find the reliability of each of the parallel assemblies.
(b) Find the system reliability.
(c) Suppose that assembly II is replaced by two identical components in par-
allel, each with reliability .98. What is the reliability of the new assembly?
(d) What is the new system reliability after making the change suggested in
part (c)?
(e) Make changes analogous to that of part (c) in each of the remaining sin-
gle component assemblies. Compute the new system reliability.
66. A system consists of two independent components connected in series. The
life span of the first component follows a Weibull distribution with a = .006
Transcribed Image Text:10 201TEITATZ C CONTINUOUS DISTRIBUTIONS 151 .85 4. .80 8 .93 .98 .94 .999 .80 .75 п IV III V FIGURE 4.22 (a) Find the reliability of each of the parallel assemblies. (b) Find the system reliability. (c) Suppose that assembly II is replaced by two identical components in par- allel, each with reliability .98. What is the reliability of the new assembly? (d) What is the new system reliability after making the change suggested in part (c)? (e) Make changes analogous to that of part (c) in each of the remaining sin- gle component assemblies. Compute the new system reliability. 66. A system consists of two independent components connected in series. The life span of the first component follows a Weibull distribution with a = .006
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